Schrödinger's error was to formulate his QM wave equation and deduce entanglement as an implication when the opposite is more true.
The entanglement between space and time is a universal law of physics.
Before the Big Bang, there was only a unitary 4D x-t vacuum containing space, time, energy density and entanglement.
Entanglement is a physical force pointing toward the center of mass CM or MP, the midpoint of the energy density system.
The above four physical quantities spontaneously and inevitably led the vacuum, space and time of the universe to the so-called formation and explosion of the Big Bang.
Denying quantum entanglement as a universal law and then trying to prove it from SE is absurd and misleading.
Ony some features, 1925 or so is in the early stages of the
Modern evolution.
Entanglement comes later.
It does not mean space and time are confused.
I believe that E. Schrödinger understood quantum mechanics deeply.
Only, he did not have the power to impose his own ideas against the giants N. Bohr, Heisenberg, Einstein, etc.
Check out his brilliant quotes:
i-Entanglement is not one but rather the characteristic feature of the quantum mechanical.
ii-He wrote about the probabilistic interpretation of quantum mechanics saying:
"I don't like it and I'm sorry I ever had anything to do with it."
Today, after 100 years, we are more reliable about what is true and what is false:
1- The three giants Einstein, Bohr, Schrödinger were all wrong in confining entanglement to quantum physics phenomena when it applies to classical physics in the same way as in QM (Sound waves in audio rooms for example).
2-Most of the great scientists of the time and the iron guards who followed believe that entanglement transfers instantly (spooky action at a distance) while the statistical theory of Cairo techniques predicts that the entanglement signal has a maximum speed equal to the speed of light C.
3-Quantum entanglement comes before Schrödinger PDE and not after.
4-Sentimentally I feel discomfort every time I hear or read the sentence:
Separation of variables
in time-dependent PDE.
To me this looks like separating the head from the body of a living subject (entanglement).
Ismail Abbas M. Abbas I believe Schrödinger was one of the few who truly understood quantum mechanics. His Yin-Yang-inspired formula, which earned him the Nobel Prize, is proof of this. Even quantum entanglement bears a striking resemblance to the Yin-Yang symbol. The fact that he anticipated these concepts so many years in advance demonstrates his deep understanding of these processes.
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